Best PLC SCADA Industrial Automation Course Training in Jalandhar

Course Content: PLC Scada Training in Jalandhar

Module 1: Introduction to Industrial Automation and PLCs

1.1 Overview of Industrial Automation

• Historical context and evolution
• Significance in modern manufacturing

1.2 Introduction to PLCs

• Basic principles and functions
• Advantages over conventional control systems

1.3 Applications of PLCs

• Manufacturing processes
• Robotics and machinery control

Module 2: PLC Hardware and Architecture

2.1 Components of a PLC System

• Processor, memory, and I/O modules
• Power supply and communication interfaces

2.2 PLC Input and Output Devices

• Sensors and actuators
• Types and characteristics

2.3 PLC System Architecture

• Centralized vs. distributed control
• Redundancy and fault tolerance

Module 3: PLC Programming Fundamentals

3.1 Introduction to Ladder Logic

• Basics of ladder diagrams
• Symbolic representation of logic elements

3.2 PLC Programming Languages

• Overview of Instruction List (IL) and Structured Text (ST)
• Selecting the appropriate language for different applications

3.3 Addressing and Data Handling

• Input and output addressing
• Data types, variables, and memory organization

Module 4: Advanced PLC Programming Techniques

4.1 Timer and Counter Instructions

• Applications and programming examples
• Cascading timers and counters

4.2 Arithmetic and Comparison Instructions

• Mathematical operations in PLC programs
• Conditional statements and comparisons

4.3 Data Manipulation and Memory Control

• Shift and rotate instructions
• Memory management and control instructions

Module 5: PLC Operation and Troubleshooting

5.1 PLC Operating Modes

• Run, Stop, and Program modes
• Monitoring and modifying programs online

5.2 Diagnostics and Troubleshooting

• Common PLC issues and troubleshooting strategies
• Use of debugging tools and techniques

Module 6: Human-Machine Interface (HMI) Integration

6.1 Introduction to HMI

• Purpose and functionality in industrial automation
• HMI design principles and best practices

6.2 Integrating HMI with PLC

• Communication protocols (OPC, Modbus)
• Designing interactive interfaces for real-time control

Module 7: PLC Networking and Communication

7.1 PLC Networking Basics

• Fieldbus systems (Profibus, DeviceNet)
• Ethernet/IP and industrial communication protocols

7.2 Remote Access and Monitoring

• Secure remote access strategies
• PLC data monitoring and analysis

Module 8: PLC Safety and Compliance

8.1 Safety Standards in Industrial Automation

• Understanding safety requirements and regulations
• Implementing safety features in PLC programs

8.2 Compliance and Documentation

• Regulatory standards and certifications
• Documentation best practices in industrial automation

Module 9: Real-World Applications and Case Studies

9.1 Case Studies in Industrial Automation

• Analyzing real-world applications of PLCs
• Learning from successful automation projects

Module 10: Final Project – Industrial Automation System Design

10.1 Project Definition and Scope – Defining the objectives and requirements

10.2 System Design and Programming – PLC programming and HMI interface design – Communication and networking setup

10.3 Implementation and Testing – Installation of components and system testing – Troubleshooting and optimization

This comprehensive PLC Industrial Automation course is designed for engineers, technicians, and automation enthusiasts. Participants will gain a deep understanding of PLCs, from basic principles to advanced programming, and acquire practical skills through hands-on projects and real-world applications.